industrial – Parridhi Polymerrs LLP

PLB Conduit Pipes

The siloxane-enhanced inner core delivers low co-efficient of friction (COF), enabling faster and safer optical fiber installations with minimal drag.
Offers superior crush resistance and flexibility, making it ideal for underground ducting in telecom, broadband, and railway signaling infrastructure.
UV-stabilized outer layers provide long-term weatherability, preventing cracking, color fading, or material degradation in exposed environments.
Complies with DOT, BSNL, and TEC specifications, ensuring quality and compatibility with telecom-grade fiber optic deployments.
Resistant to chemicals, moisture, and mechanical abrasion, ensuring reliable performance across challenging industrial and outdoor terrains.

Designed to meet RoHS and REACH compliance, ensuring safe use in power transmission, telecom, and control cable applications.
Offers excellent flexibility, tear resistance, and dielectric strength, making them ideal for dynamic cable routing and long-term performance under mechanical stress.
Maintains thermal and mechanical stability across a wide temperature range, with low smoke density and self-extinguishing properties critical for confined industrial environments.
Available in UV-stabilized, abrasion-resistant grades, suitable for both indoor and outdoor cable installations requiring long-term reliability.

Molded using Siloxane Masterbatch compounded with Polypropylene (PP) or High-Density Polyethylene (HDPE), these industrial containers deliver exceptional strength-to-weight ratio for heavy-duty logistics and warehousing needs.
Offers high impact resistance and dimensional stability, critical for rugged use in cold storage, material handling, and automated systems.
Resistant to chemicals, moisture, and UV degradation, ensuring long service life in both indoor and outdoor industrial environments.
Suitable for food-grade and pharma-grade variants, with smooth, non-stick surfaces that meet hygiene and cleanability standards.

TPE (Thermoplastic Elastomer) is used in overmolded tool grips to provide a soft-touch, ergonomic feel that enhances user comfort during extended use.
Offers excellent slip resistance, ensuring a secure grip even in oily, wet, or sweaty conditions—ideal for industrial and hand tools.
TPE’s flexibility and bonding compatibility with substrates like ABS, PP, and Nylon make it perfect for dual-shot or insert molding applications.
100% recyclable and RoHS/REACH compliant, making it a sustainable choice for modern tool design.

TPE (Thermoplastic Elastomer) is widely used in bellows and grommets for its flexibility, weather resistance, and long-term durability in dynamic sealing applications.
Resistant to oils, greases, chemicals, and environmental stress, making these components reliable for both indoor and outdoor environments.
Suitable for use in automotive air ducts, electrical cable glands, control panels, and mechanical linkages where flexible sealing is critical.
Provides excellent compression and elongation, allowing bellows to expand and contract repeatedly without cracking or fatigue.

TPE (Thermoplastic Elastomer) is ideal for vibration dampers and anti-slip feet, offering a perfect balance of elasticity, durability, and shock absorption.
Provides excellent vibration isolation, reducing noise and mechanical wear in appliances, electronics, industrial machinery, and furniture.
Resistant to oil, water, and chemicals, making these components suitable for harsh industrial, commercial, and household environments
Overmolded TPE feet or pads are commonly used in home appliances, gym equipment, and consumer electronics, ensuring both stability and surface protection.

these covers and skins offer a soft-touch surface with excellent tactile response—ideal for industrial control panels, automation systems, and consumer interfaces.
Provides high tear strength and abrasion resistance, ensuring long-term durability in high-frequency actuation zones such as membrane switches, push-button interfaces, and emergency controls.
The low-gloss, matte finish enhances aesthetic integration and anti-glare visibility, supporting sleek and functional design for modern control surfaces.
Available in customizable durometers, colors, and textures, supporting OEM-level personalization and consistent brand integration across product lines.

Manufactured using TPSiV, ensuring thermal stability in environments exceeding 150°C, such as ovens, HVAC systems, or engine enclosures.
Exhibits excellent compression set resistance, maintaining sealing integrity even after prolonged exposure to thermal cycling and mechanical stress
Provides enhanced chemical resistance to oils, greases, and industrial solvents—ideal for use in high-heat zones of kitchen appliances, industrial ovens, and process machinery.
TPSiV’s unique composition ensures non-sticky, low-friction surfaces that facilitate easier assembly and prevent gasket adhesion to mating surfaces.